Utah FORGE: Stress Logging Data

Abstract

This spreadsheet consist of data and graphs from deep well 58-32 stress testing from 6900 - 7500 ft depth. Measured stress data were used to correct logging predictions of in situ stress. Stress plots shows pore pressure (measured during the injection testing), the total vertical in situ stress (determined from the density logging) and the total maximum and minimum horizontal stresses. The horizontal stresses were determined from the DSI (Dipole Sonic Imager) and corrected to match the direct measurements.

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Datasets associated with the same DOE project

	Submission Name	Resources	Submitted	Status

Additional Info

DOE Project Name: Utah FORGE
DOE Project Number: EE0007080
DOE Project Lead: Lauren Boyd

DOI: 10.15121/1452760
Last Updated: over a year ago

Mar

2018

Data from March, 2018
Submitted Mar 14, 2018

Contact

Energy and Geoscience Institute at the University of Utah

801.585.9986

Status

Publicly accessible License

Authors

John McLennan
Energy and Geoscience Institute at the University of Utah

Keywords

geothermal, energy, well 58-32, stress, 58-32 stress, stress test, 58-32 stress data, 58-32 stress test, Utah FORGE, Utah, Roosevelt Hot Springs, UT, Youngs Modulus, Poisson Ratio, dynamic, pressure, pore pressure, sh max, vertical, horizontal, stress log, logging, log, data, FORGE, EGS, rock properties, rock props, geomechanics, well data, in situ stress, resource, characterization, Milford, stress plot

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